SBZ-2008 Simmer supply
Contents
1. Simmer Sensor circuit is closed while simmer current flows through flashlamp and is open while simmer current is absent Since 5V DC voltage is applied to PIN3 simmer i supply tries to strike and maintain low current discharge simmer in the flashlamp If flashlamp triggering is failed simmer supply module Enable tries to trigger it again with approximately 30 Hz repetition rate After successful triggering the simmer supply can support up to 800mA flashlamp current i 500mA lt is set by default Simmer will be maintained until OV is applied to PIN3 3 red Return Simmer Enable signal INTERFACE Enable INTERFACE Simmer Sensor CURRENT REGULATION TRIMPOT Simmer current is regulated by this trimpot trimming potentiometer Value by default is about 500mA ENABLE JUMPER Use this jumper instead of ENABLE pin of INTERFACE Don t use ENABLE pin and ENABLE JUMPER at the same time Safety Warning This equipment produces high voltages that can be very dangerous Don t be careless around this equipment Disconnect the module from the DC power source before making or changing electrical or mechanical connections SBZ 2008 simmer supply is designed to be installed inside a properly grounded metal It is the user s responsibility to ensure that personnel are prevented from accidentally contacting the SBZ 2008 Casual contact could be fatal2. Operations I Q Connect 24V DC power supply triggering transformer and flashlamp to SBZ 2008 simmer supply Disable simmer supply PIN3 of INTERFACE Apply 24V DC power to the module Enable simmer supply set 5V DC on PIN3 of INTERFACE or use ENABLE JUMPER Wait 5 10 seconds for Simmer Sensor If it fails shut down your system To power down SBZ 2008 1 Remove 24V DC power from the module or DISABLE it Specification 24V 7V DC Voltage regulations Maximal power consumption Output current Max output voltage Max output power TRIGGERING PARAMETERS Pulse width us Restrike rate Protections
3. rev 1 02 2009 03 18 SBZ 2008 Simmer supply User Manual Overview Applications SBZ 2008 simmer supply is the device that strikes and maintains low current discharge in the flashlamp in order to increase lifetime and operation stability of the lamp Input voltage 24 VDC max output voltage 200V max output current 800mA max output power 70W Restrike rate is approximately 30 Hz SBZ 2008 may be used in laser systems with serial triggering as well as in laser systems with external triggering Cooling No external cooling is required Appearance CURRENT REGULATION ENABLE JUMPER TRIMPOT 24 VDC HV OUTPUT INTERFACE Connections signals signal descriptions 24 VDC TO 24V POWER SUPPLY MODULE Molex 39 30 1040 Connect to these pins positive wire of 24V DC power supply Input 17 31V DC Max current 4A 24V DC Return from power supply producing 24V DC OUTPUT TO TRIGGERING TRANSFORMER AND LAMP Molex 39 30 1060 Negative of triggering transformer primary winding Positive of triggering transformer primary winding Flashlamp anode EXTERNAL TRIGGERING PIN 4 PIN 4 Triggering Triggering _ transformer E _transformer PIN3 O i flashlamp PIN 1 6 INTERFACE SIMMER SUPPLY CONTROL Molex 39 30 1040 DESIGNATION DESCRIPTION Return Simmer Sensor signal PIN color
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